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Our flagship Re-Usable Off-board Missile Decoy (ROMD), being developed in partnership with the Indian Navy, serves as the final soft-kill layer of the Ship's Self Defence Sequence. ROMD uses DRFM-based deception jamming to seduce incoming missiles away from the host vessel, greatly enhancing survivability against modern sea-skimming anti-ship missiles. Beyond active EA and EP systems, we also build passive ES capabilities, using super-heterodyne ELINT-COMINT receivers for broadband spectrum monitoring and precise geo-location of adversary transmitters. Every system is enhanced by a cognitive AI layer that adapts to new threats in real time and learns from each engagement. Enabled by our engineering expertise in RF, DSP, DRFM, and phased antenna arrays, our systems are built for rugged military deployment in form factors ranging from soldier-portable manpacks to SWAP-optimised UAS payloads and pod-mounted suites for manned aircraft.

Our AI-based FOD Detection System has cleared Single Stage Composite Trials (SSCT) with the Indian Navy and is now being deployed at naval airfields across India. Designed for all-weather, day-and-night operations, the system uses AI-powered EO sensors to classify FOD as small as 3mm with over 95% accuracy and localise it to within 25cm CEP. Our Aircraft Tracking and Monitoring System features a Virtual Runway Console that records aircraft movements, ground crew positions, and hazardous obstruction/runway incursions in real time. Together, these systems give ATC operators and pilots full confidence that the environment around them is being continuously monitored and safe for air operations. We also bring extensive operational experience across aviation environments and deep familiarity with aviation electronics, navigational aids, and air traffic management. Engineered for high reliability and operational continuity, our systems enhance airbase safety, situational awareness, and command-level management in demanding aviation environments.

We develop advanced unmanned autonomous solutions for defence, spanning multi-rotor UAVs, fixed-wing platforms, and transonic ballistic missile systems, each custom-designed for mission-specific requirements. Our expertise covers swarming autonomy, edge computing, AI-enabled aerial perception, kinetic strike capabilities, and GNSS-denied navigation and control. From low-level firmware customization to high-level multi-platform mission autonomy, we build AI-driven software that enables coordinated operations in complex and contested environments. Our solutions are engineered to deliver success and mission excellence in the most challenging environments.

We develop Stable Positioning, Navigation & Timing systems for UAVs, Guided Munitions, Manned Aircrafts, & Armored Land Vehicles operating in contested GNSS Electronic Warfare environments. Our solutions are engineered to maintain stable navigation and control under active jamming and spoofing conditions. By integrating anti-jamming Controlled Reception Pattern Antennas (CRPA) with AI-powered Visual–Inertial Odometry (VIO), we deliver robust navigation performance. The architecture enables sustained mission continuity and precise guidance across modern operational corridors.

India's 7,500 km coastline demands persistent underwater surveillance that conventional anti-submarine warfare assets cannot provide. Conventional assets don’t offer 24×7 coverage of naval harbours, sea routes, and strategic chokepoints. Our Distributed Acoustic Sensing (DAS) system closes this gap by turning a seabed fiber optic cable into a continuous distributed sensor with up to 20,000 virtual hydrophone channels along its length. AI-based detection and classification identify submarines, UUVs, and surface vessels in real time up to 140 km from shore, with track, course, and speed information for every contact. Engineered for deployment across India's naval harbours, and strategic chokepoints, such as the Strait of Malacca, allowing the Indian Navy to skip the legacy hydrophone-array era entirely and field a next-generation underwater surveillance grid built for 25+ year operational life.

We have extensive experience designing and deploying AI-enabled software for real military applications in operational field conditions. These are not generic software tools or wrappers around foreign AI models, but real mission systems engineered to work closely with hardware and deliver concrete results. Our expertise spans Computer Vision from FOD detection to weapons-grade targeting; Sensor Fusion across LIDAR, IMU, and electro-optical sensors; Autonomous Unmanned Systems from decentralised aerial swarms to kinetic strike platforms; and Data Processing through AIMS3D, our flagship Geographic Information System for aerial mapping and strategic planning, with advanced tools including LOS modelling, and multi-path RF propagation on Defence Series Maps. Our software runs on platforms ranging from low-SWAP onboard computers on cruise missiles to portable Servers in ground vehicles or Rugged Computer for Marine Deployment, engineered to deliver success and mission excellence in the most challenging environments.